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Precipitation amount at property location: 1,480㎜/ Year
National average precipitation: 1,590㎜/ Year
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■Property details information
| Property name | Fukuda, Yamato City | Number of floors | floor (2floors) | |||
|---|---|---|---|---|---|---|
| Floor plan | 4LDK | Year of construction | 2025/11 | |||
| Structure | Two-story wooden building | Format | Newly built detached house | |||
| Equipment | Parking for 2 cars / System kitchen / Bathroom dryer / Good sunlight / Storage in all rooms / Quiet residential area / LDK (living, dining, and kitchen) over 15 tatami mats / Vanity with shower / Barrier-free access / 2 toilets / Bathroom over 3.3 sq. m / Double-glazed windows / Auto-bath / Heated toilet seat / Underfloor storage / Open-ceiling ceiling / Intercom with TV monitor / Walk-in closet / Level ground / Water purifier / The intercom with monitor is convenient for guests and also provides security. / Fully automated bathtub control with one button operation. / Drys clothes and prevents mold after bathing. / Dishwasher for easy housework. Enjoy relaxing time after meals. / Built-in water purifier for tap water and purified water. / Three-burner stove with grill and side storage for condiments. / The building has achieved the highest seismic rating of 3, as specified by the government. The building's earthquake resistance is 1.5 times stronger than the standard set by the Building Standards Act, which requires that a building not collapse or collapse in an earthquake that occurs once every few hundred years. Pillars are strong against vertical forces but are powerless against horizontal forces. Earthquake-resistant structures generally resist lateral forces such as earthquakes and typhoons by strengthening the "surface" of walls. Shear walls are designed to withstand horizontal forces such as earthquakes and typhoons. Shear walls are made of various materials, including columns, horizontal members (beams), shear walls, and braces, depending on their strength (wall ratio). Shear walls refer to horizontal elements, such as floors and roofs (sheathing boards), that can withstand horizontal forces caused by earthquakes and wind. Earthquake resistance is enhanced by absorbing earthquake forces across the entire floor and evenly transferring them to shear walls. Furthermore, structural members such as beams and girders are reinforced with flint locks to prevent deformation due to earthquake forces. / By selecting the right hardware in the right places, forces are transmitted appropriately, allowing the building to fully demonstrate its inherent earthquake resistance. / A slab foundation is made of reinforced concrete, with the rise and entire base being one piece, and the building load is transmitted to the ground across the entire base, making it an effective measure against "differential settlement," where only parts of the foundation sink. In addition, the anchor bolts connecting the foundation to the base serve to prevent the building from coming off or being lifted up in the event of a major earthquake. A slab foundation also has the effect of preventing moisture from entering from the ground, as the ground beneath the building is covered with concrete. | |||||
| Scheduled move-in date | Insurance | |||||
| Estimated rent |
51,800,000 Yen |
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| Information publication date | 2026/1/15 | Next update date | 2026/1/17 | |||
| Important Notices | Restrictions apply under the Landscape Act, Aviation Act, semi-fire prevention area, and shadow restrictions apply |
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